How Cutting Stability and Design Details Influence Clay Knife Performance

In the current pursuit of high precision and efficiency in industrial design and automotive modeling, the performance of oil mud knives has become a key factor determining the quality of sampling and work efficiency.

According to market analysis from AMG, the four major issues that customers are most concerned about when purchasing oil mud knives are: whether the cutting is smooth and does not damage the surface, whether it is designed with a long handle that can be used for large models, whether the fillet size is reasonable and fits the shape transition, and whether the tool is durable and not prone to chipping.

Especially in the sampling of car exterior clay models and the production of industrial product prototypes, any minor flaws may affect the fidelity of the final design. For this reason, the double-edged clay knife series launched by AMG has emerged, among which the model 20R10-100-2T is particularly outstanding. With its 20mm blade diameter, R10 rounded corner design, and 100mm long handle structure, it is highly favored by designers and sampling engineers.

In addition to reasonable structural design, there are multiple detailed factors that affect the drilling and cutting quality of oil mud knives. For example, the sharpness of the blade directly determines whether the cutting is smooth, and if the blade is slightly blunt, it is easy to tear the surface of the oil sludge; The choice of material affects whether the cutting tool is heat-resistant, bending resistant, and crack resistant. AMG uses high toughness alloy steel and hard alloy materials, which can effectively cope with frequent use and cutting tasks with different soft materials; The machining process of the blade determines whether the chip removal is smooth, whether a continuous and smooth cutting path can be maintained, without pulling the blade or sticking mud.